"Naturalistic planetary scientists assert that achondritic (i.e. basaltic) meteorites found on Earth were derived from the third largest asteroid in the asteroid belt—4 Vesta.
However, two new studies of several purported 4 Vesta meteorites suggest that they were derived from Vesta-like bodies in the inner asteroid belt. The asteroid belt continues to eject materials, some with Earth-crossing orbits, and it remains the most logical source for materials that impacted Earth with the onset of the Flood.....beginning with the onset of the Flood and diminishing thereafter, was derived from the asteroid belt (as evidenced by Kirkwood Gaps and ongoing meteor falls), located between Mars and Jupiter.
Two recent articles provide additional evidence for this proposal, suggesting that the asteroid belt may be ejecting basaltic objects into Earth-crossing orbits from areas previously unidentified.
Naturalistic planetary scientists have long recognized that achondritic meteorites are derived from the third largest asteroid in the asteroid
belt—4 Vesta.....Over time, it has been impacted by other objects in the asteroid belt creating smaller achondritic asteroids, some of which have Earth-crossing orbits. Meteorites derived from 4 Vesta are identified as howardites, eucrites, and diogenites (HEDs).
A recent fireball recorded on July 20, 2007, resulted in the discovery of the Bunburra Rockhole meteorite—a brecciated eucrite. An analysis of this meteorite revealed that it has an unusual oxygen isotope composition—different from other meteorites believed to have been derived from 4 Vesta. This was not the first basaltic meteorite to have this unique variation as six others collected around the world have a similar oxygen isotope composition.
It is important to note that meteorites that strike Earth today are derived from fragments from individual asteroids as well as from materials ejected from the asteroid belt. This new discovery of anomalous basaltic meteorites derived from the innermost main asteroid belt adds support to the idea that this region was the source for the materials that impacted Earth with the advent of the Flood." CMI
Naturalistic planetary scientists have long recognized that achondritic meteorites are derived from the third largest asteroid in the asteroid
A recent fireball recorded on July 20, 2007, resulted in the discovery of the Bunburra Rockhole meteorite—a brecciated eucrite. An analysis of this meteorite revealed that it has an unusual oxygen isotope composition—different from other meteorites believed to have been derived from 4 Vesta. This was not the first basaltic meteorite to have this unique variation as six others collected around the world have a similar oxygen isotope composition.
It is important to note that meteorites that strike Earth today are derived from fragments from individual asteroids as well as from materials ejected from the asteroid belt. This new discovery of anomalous basaltic meteorites derived from the innermost main asteroid belt adds support to the idea that this region was the source for the materials that impacted Earth with the advent of the Flood." CMI
